Led a team of 5 personnel for the development of a number of indigenous inputs like ultrapure chemicals & gases used in semiconductor fabrication through MoUs with academic & research institutions including government labs. Proof of concept testing was done in the actual conditions of their use for the performance evaluation and tweaking of formulations, if any. Subsequently scale up & productionization at indigenous vendors and qualification in the Fabline. A number of spares not readily available from OEMs, for the semiconductor process & metrology equipment were also developed and realized through indigenous resources. Chemical lab in clean room equipped with advanced analytical equipment was set up to test the developed chemicals for the required chemical & physical parameters before subjecting them to further trials.

Led a team of over 35 engineers & 37 technicians for implementation of technology transfer for upgradation of Semiconductor fab to 0.18µ feature size and 200mm dia wafers. Project management leading to Process & metrology tools acceptance, Established Supply chain for raw materials & spares, development of unit steps & modules to achieve the 180 nm process in fabrication of wafer lots.

Responsible for processing of wafer lots in lithography & etching areas of erstwhile 1.2µ technology Fab.

Quality assurance of high reliability Pyro & ordnance products used in different stages of launch vehicles & satellites. Developed methods to estimate service life of elastomeric O-rings.

Quality assurance of high reliability Pyro & ordnance products used in different stages of launch vehicles & satellites.

Quality assurance of high reliability Pyro & ordnance products used in different stages of launch vehicles & satellites.

Quality assurance of high reliability Pyro & ordnance products used in different stages of launch vehicles & satellites.

Production of Polystyrene